DataByte

Know what data you have, and whether it can be trusted

Data Catalog is one centralised, searchable inventory of every data asset on the platform, enriched with ownership, lineage, quality, and access rights. Automated discovery, cross-module lineage, a business glossary, classification, and automated PII tagging. One catalog for every module.

Source-to-consumer data lineageThree sources, an ERP tagged as containing personal data, a billing system, and a bank feed, flow through Data Ingester and the Transformer Module into an analytics report, a machine learning model, and a data API. The Data Catalog records the whole path automatically.SOURCE-TO-REPORT LINEAGESOURCESINGESTTRANSFORMCONSUMERSERPPIIBillingBank feedData IngesterTransformerAnalytics reportML modelData APIIMPACT ANALYSISEvery downstream dependency is visible before a schema change shipsMAINTAINED AUTOMATICALLYEvery module emits its own lineage, so nobody hand-writes the map
See it running

Data Catalog Explained: Lineage, Governance, Compliance & Discovery

How a modern data catalog helps teams discover trusted assets, manage metadata, trace lineage, enforce governance, and improve data quality.

Discovery

Stop asking whoever has been here longest

Most organisations govern their data with folklore rather than systems. There is a wiki page listing the important tables, maintained by someone who left two years ago, half its links broken and its descriptions cryptic.

People still reference it, because it is the closest thing to a source of truth that exists.

That arrangement works, sort of, until a schema change silently breaks three dashboards, or a regulator asks for proof of where personal data lives, or the one person who knows goes on holiday.

Data Catalog replaces the folklore with a searchable inventory of every data asset in the environment, discovered automatically rather than registered by hand. You search in the language the business uses.

No guessing at exact table names, and every result carries its metadata with it: who owns it, where it came from, how fresh it is, how it is classified, and who is allowed to see it.

A new analyst can browse, search, understand the context, and start working on day one.

Searching the data catalogA plain-language search across the catalog returns a curated table, an analytics dashboard, and a data API, each carrying metadata for ownership, freshness, quality, classification, lineage, and access rights.AUTOMATED DISCOVERYrevenue by region, last quarterSEARCH THE CATALOGCurated tableOwnerFreshnessQualityAccessAnalytics dashboardOwnerFreshnessLineageAccessData APIOwnerClassificationLineageAccessEvery asset carries its ownership, lineage, quality, and access rights with it
Business glossary

One definition, agreed once, for the terms that keep starting arguments

Finding a dataset is only half of understanding it. A table you can locate but cannot interpret is still a support ticket, and a column name that means one thing to finance and another to operations is how two teams end up reporting two different numbers, each of them convinced they are right.

The business glossary stores business-friendly definitions for data terms, so datasets are understandable to non-technical stakeholders across the enterprise rather than only to the team that built them.

Each entry carries its definition and its owner, and maps down onto the physical assets it actually resolves to: tables, columns, dashboards, and model features. The business reads the business layer, engineering reads the physical one, and both are looking at the same governed entry.

Business glossary mapped to physical assetsA glossary entry holds a term, a business definition, and an owner. It maps down onto the physical assets it resolves to: tables, columns, dashboards, and model features.BUSINESS LAYERTERMBUSINESS DEFINITIONOWNERRESOLVES TO PHYSICAL ASSETSTablesColumnsDashboardsModel featuresNon-technical stakeholders read the business layer; engineers read the physical one
Lineage

What breaks if I touch this, answered before you touch it

Data lineage is the end-to-end traceable map of where a dataset originated, what transformations it passed through, and what downstream reports or models depend on it.

In DataByte it is maintained automatically across every module, because each module emits its own: Data Ingester records what it moved, the Transformer Module records what it reshaped, and the delivery layer records what it served.

Nobody hand-writes the map, which is the only reason it is still accurate six months later.

The practical payoff is impact analysis. Before a column is renamed or a source is retired, the catalog lists every downstream dependency the change would touch, so the question gets answered in seconds instead of discovered on a Friday afternoon when three dashboards go blank.

The same chain of custody is what an auditor is really asking for when they want provenance for a number in a report, and what a finance team needs when consolidating multiple sources into one analytical layer.

A schema change, with and without lineageWithout a catalog, a renamed column breaks three dashboards and nobody knows what else is affected. With the catalog, the proposed change is checked against lineage, which lists every downstream dependency before it ships.IMPACT ANALYSISWITHOUT A CATALOG1A column is renamed2Three dashboards break3Nobody knows what else is affectedWITH THE CATALOG1A change is proposed2Lineage lists every dependency3It ships without breaking reports
Classification and compliance

Sensitive data gets tagged the moment it lands

Personal data does not announce itself, and it rarely stays where it was first put. Data Catalog performs automated PII tagging and classification across assets as they arrive, so classification is a property of the asset itself rather than a spreadsheet maintained somewhere alongside it.

Access rights are recorded on the same asset, under the one RBAC model the whole platform shares.

That is what turns compliance from a fire drill into a query.

When someone needs to show where sensitive data lives, how it is classified, and who has had access, the evidence comes out of governed metadata the platform is already maintaining: the SMART framework and Data Catalog support GDPR reporting through automated PII classification and cross-module audit trails.

Audit preparation stops being three weeks and a prayer, and becomes a report you can generate on demand.

Automated classification and audit trailAn arriving asset passes through automated classification, which tags personal data, applies a sensitivity classification, and records access rights. The cross-module audit trail that results supports GDPR reporting.CLASSIFIED ON ARRIVALNew assetany connectorAutomatedclassificationno manual taggingPII taggedPersonal data flagged on arrivalClassification appliedSensitivity recorded on the assetAccess rights recordedWho can see it, under one RBAC modelCROSS-MODULE AUDIT TRAILWhere sensitive data lives and how it is classified, evidenced from governed metadatarather than reconstructed by hand at audit time

See your own assets in the catalog.

Thirty minutes, your sources, live lineage from a real pipeline to a real report, and PII tagged as it arrives.